ABB 3BHE009681R0101 GVC750BE101 Processor Module

ABB 3BHE009681R0101 GVC750BE101 Processor Module

Product Overview

This processor module integrates advanced control technology and power electronics and is designed to meet the high performance needs of a wide range of industrial applications. It is suitable for use in a wide range of power systems, industrial automation and motor control applications, providing accurate and reliable power control and regulation.

Key Features

High voltage withstanding and high current capability:

Capable of withstanding high voltage shock to ensure safe operation of the device.

Can pass large currents and achieve high efficiency energy transmission and control.

Low on-resistance:

Reduces conduction loss and improves energy efficiency.

High efficiency and stability:

Excellent thermal and electrical stability to ensure long-term stable operation.

Multifunctionality:

Can be used in power systems for controlling and regulating parameters such as voltage, current, power factor, etc., helping to achieve power system stability and efficiency.

Used in industrial heating applications to control equipment such as resistance heaters, induction heaters, etc. for precise control of the heating process.

For lighting systems to achieve dimming and control of lighting.

In motor drive applications, it can be used for motor starting, speed regulation and braking control.

Plays a key role in arc welding, resistance welding and other welding applications for controlling welding current and voltage.

Can be used for precise control of heating elements, such as heaters and furnaces, to maintain a constant temperature.

Suitable for industrial automation systems to enable control and regulation of a wide range of industrial processes.

Protection Functions:

Typically have over-current, over-voltage and over-temperature protection to ensure safe operation of equipment and systems.

Easy to use and maintain:

Provide easy-to-use interfaces to facilitate installation, commissioning and maintenance.

Highly accurate current control:

Its high accuracy current control characteristics are critical for many industrial processes.

Easy Integration:

It can be easily integrated into existing control systems to remotely monitor and regulate current and voltage through automated control systems.

Application Areas

The processor module is widely used in the following areas:

Power system: used to control and regulate the operation of power equipment, improve the stability and efficiency of the power system.

Industrial automation: as the core component of automation control system, it is used to realise the automation control of various industrial processes.

Motor control: Used for motor starting, speed regulation and braking control to improve the operation efficiency and performance of motors.

Welding Equipment: Used in welding applications such as arc welding and resistance welding to control welding current and voltage and ensure welding quality.

Heating control: for precise control of industrial heating applications such as resistance heaters, induction heaters and other equipment.

Technical Specifications

Model: 3BHE009681R0101

Series: GVC750BE101

Function: Processor module for power electronic control and regulation

Other parameters: Specific technical specifications and parameters may vary depending on the product version and configuration, please refer to the product manual or contact ABB for detailed information.

Precautions

Installation and Configuration:

Follow the operating procedures and precautions in the product manual for installation and configuration.

Ensure that the equipment is properly connected and grounded to prevent electrical failure and personal injury.

Maintenance and Care:

Perform regular maintenance and servicing of the equipment, including cleaning and checking connections.

If the equipment is found to be abnormal or malfunctioning, contact a professional for repair or replacement.

Safe Use:

When using the processor module, please pay attention to the relevant safety regulations and operating procedures.

Ensure that the equipment works within its rated range to avoid damage or accidents caused by overloading.